Mettl’s Instrumentation Engineering Assessment - Identify the Right Hire for your Organization

Mettl Instrumentation Engineering Assessment Identify Instrumentation Engineers to suit your process requirements.

Instrumentation Engineering roles in industries, for example, Processing, Manufacturing, Energy Supply, Mining, Electronics, Communications, IT, Computer systems, Defense-related industries, etc. require a candidate to work on improving system productivity, reliability, safety, optimization and stability in industries with automated processes.

Such roles requires a candidate to have strong conceptual background and ability to apply one’s learnings in real time work scenarios and in novel situations, thereby producing results effectively and efficiently.

Mettl Instrumentation Engineering Assessment is a comprehensive domain specific test specially designed to assess knowledge of a candidate to perform duties required in a role. It measures technical knowledge (basic concepts in Instrumentation Engineering), for example, electrical and electronic measurements, control systems, etc. an engineer – in accordance with industry standards – would be expected to possess. Mettl benchmarks these tests for specific job roles with a vast array of its clients in these Instrumentation engineering sectors as well. This test measures the technical knowledge of a candidate on the following aspects through a set of specific role-based application questions.

• Develop transducer based measurement systems for measuring various types of physical quantities such as temperature, pressure etc., and operating electronic measurement devices used for measuring current, voltage, power and energy.
• Model and simulate skills to develop different types of feedback control systems; perform tuning, steady state, stability as well as time and frequency domain analysis of systems.
• Analyze and design various digital circuits including combinational and sequential circuits, analog electronic devices, BJT, FET, amplifiers, oscillators and wave shaping circuits.
• Apply different transformation tools for processing of analog and digital systems, design digital filters and develop non-invasive diagnostic instrumentation systems for measurement and recording of physiological parameters.